CD4076BK

Flip Flops Harris Corporation CD4076BK Overview

The CD4076BK, a robust CMOS 4-bit D-type register from Harris Corporation, epitomizes reliability and precision in the realm of digital electronics. Designed for high-performance memory storage and data transfer operations, this integrated circuit stands out for its excellent data retention capabilities and low power consumption. It is an ideal solution for developers looking to implement efficient and stable memory registers in their digital systems. By utilizing advanced CMOS technology, the Flip Flops Harris Corporation CD4076BK ensures minimal power drain while maintaining high speed and reliability, making it a favored choice for a wide range of electronic applications.

CD4076BK Features

The CD4076BK is distinguished by several key features that make it highly suitable for demanding applications. These include four D-type flip-flops with independent data inputs, clock inputs, and clear (reset) inputs. This configuration allows for flexible control of data capture and release. The device also offers edge-triggered data entry and buffered outputs, ensuring reliable output data integrity in a variety of electrical environments. Additionally, its compatibility with standard CMOS outputs and inputs adds to its versatility in mixed-technology applications.

CD4076BK Applications

• Data Storage Systems: In systems requiring reliable data retention, the CD4076BK serves as essential memory registers to capture and store digital data effectively.
• Communication Equipment: Utilized in communication protocols where data integrity and timing are critical, ensuring precise control over data transmission sequences.
• Process Control Systems: Acts as a dependable solution for storing temporary data in automation and monitoring operations, crucial for maintaining system stability and performance.
• Computing Devices: The CD4076BK's ability to manage multiple data inputs and outputs simultaneously makes it suitable for use in complex computing machinery, enhancing processing capabilities.